WindowMaster futurevent User manual

DK
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UK & IE
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DE
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CH
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FutureVent–install_WFC_WFZ_UK_DK_1602©WindowMaster 2016 ®WindowMaster is a registered trademark used under license by WindowMaster Group
FutureVent™
EN –Installation instruction –control unit (WFC) and Interface (WFI)
DK –Installationsvejledning –styreenhed (WFC) og interface (WFI)

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1. EN ........................................................................................................................................3
System overview...........................................................................................................................................................3
Generel information.......................................................................................................................................................3
Electrical installation......................................................................................................................................................4
Cable entries in the unit............................................................................................................................................4
The connections of the FutureVent™ unit.................................................................................................................4
Service point .................................................................................................................................................................4
FutureVent™ bus connection....................................................................................................................................4
230V supply..............................................................................................................................................................5
Service gateway (used by WindowMaster®service engineers).....................................................................................5
Checking the electrical installation ................................................................................................................................5
Checking the functionality of the installation when commissioned............................................................................5
Troubleshooting on the FutureVent™ installation .....................................................................................................6
2. DK........................................................................................................................................6
System oversigt.............................................................................................................................................................6
Generelle informationer.................................................................................................................................................6
Elektrisk installation.......................................................................................................................................................7
Kabelindføringer i enheden.......................................................................................................................................7
FutureVent™ enhedens tilslutninger.........................................................................................................................7
Servicepunkt .................................................................................................................................................................7
FutureVent-bus forbindelse.......................................................................................................................................8
230V forsyning..........................................................................................................................................................8
Service gateway (anvendes af WindowMaster®serviceteknikere)................................................................................8
Kontrol af elektrisk installation.......................................................................................................................................9
Kontrol af funktion når anlægges sættes i drift..........................................................................................................9
Fejlfinding på FutureVent™ anlæg ...........................................................................................................................9

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1. EN
System overview
Shown below are the most common system components. In agreement with WindowMaster®, it is possible to use other
components.
FutureVent™ unit
FutureVent™
interface
SmartServer
FutureVent™ bus
termination unit
Generel information
Each FutureVent™-unit has a built in control intelligence with five analogue inputs, one analogue output and one digital output.
The units communicate mutually via FutureVent™bus (FV-Bus) and must therefore be connected to 230V and FutureVent™
bus connection.
In each case plan the FutureVent™bus cabling carefully. The cabling is planed together with WindowMaster®.
One installation can consist of many FutureVent™ units installed in various rooms. In each room, a WindowMaster®control unit
is connected to the analogue and digital inputs on one of the FutureVent™ units (Master).
The FutureVent™ units have a unique ID-number (Neuron ID) and before delivery, WindowMaster®programs the units. The
unique ID-number is indicated on the unit. WindowMaster®prepares and supplies documentation for each project showing
where each unit is to be place and which unit is to be connected to the control unit.
It is therefore of great importance that the FutureVent™ units are placed correct and that the control signals are
connected the right FutureVent™ unit.
Incorrect placement or wrong connected FutureVent™ units requires reprogramming of the installation in order for it to work.
The most common control signals are:
X1-X2: 0-10V for operation and air volume
X3-X10: on/off for one-way / balanced operation
Note all FutureVent™ units must be connected to 230V and the FutureVent™ bus.
1-1 Example of floor plan

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Electrical installation
All electrical installations must be done by an authorized company according to national rule and regulation.
Cable entries in the unit
Cables can be pulled hidden into the unit via insertion holes in the housing. See the mounting instruction (”FutureVent Install
WFV_WFB_WFR_WFC_WFD_WFS_WFG_UK_DE_DK_xxxx”) for further details. Cables must be relieved according to
applicable rules and would benefit from being stripped near the intake holes.
The connections of the FutureVent™ unit
The connections terminals of the unit. See
connection diagram for further information.
Text on the connection PCB
UK translation
Used
L: Fase
Phase
X
N: Nul
Null
X
PE: Jord
Protective earth
X
X22: FutureVent™ bus
FutureVent™ bus
X
X21: FutureVent™ bus
FutureVent™ bus
X
X10: 12V Out
12V Out
X
X9: NPN Out
X8: 0-10V Out
X7: Temp-sensor
X6: Fugtsensor
X5: CO2-sensor
X4: 0V
X3: Analog 2
Analogue 2
X
X2: 0V
0V
X
X1: Fan-speed
Fan speed
X
For further information, please see the project specific electrical documentation.
Service point
For each four master-units a service point must be established. The service point is used in connection with maintenance and
programming of the installation. The connection point is integrated in the WindowMaster®interface (WFI). The interface must be
accessible without the need for ladder or scaffold. The termination unit is necessary as the FutureVent™bus must be
terminated. Max one termination unit on the bus.
FutureVent™bus termination unit. Connect the termination unit to the FutureVent™bus in the terminals COM and
FREE, see electrical documentation from WindowMaster®.
FutureVent™bus connection
The FutureVent™bus cable must be twisted pair. The below listed twisted pair cable types, are approved for FutureVent™bus
connections:
Cable type
Max cabel- / bus-length
Largest distance between 2 FutureVent™ units
Total cable length
Honeywell cable 1125
500m
500m
Belden 85102
500m
500m
Belden 8471
400m
500m
Solar A/S, 54.83.512.013, LON-Bus 2x2AWG 22
400m
500m
Cat 5e (not recommended by WindowMaster®)
250m
450m

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The cabling is planed together with WindowMaster®and with a total bus length as short as possible as well short distance
between the two most remote units connected to the bus. The length and distance specifications must adhere to the above
table. FutureVent™bus is a ”free topology” meaning it can be connected as a bus, a star or a combination of the two.
230V supply
The 230V supply cables must comply with current regulations and must not exceed 1.5mm2. It is recommended to use many-
core cable e.g. PKAJ (soft).
A FutureVent™ unit has a max consumption of 10W.
It is possible to loop the 230V cables between units.
It is recommended that the 230V supply cables follow the same routing as the FutureVent™bus.
If the FutureVent™ has a cassette of steel, a grounding wire must be clamped to the steel cassette.
Service gateway (used by WindowMaster®service engineers)
Service gateway:
The SmartServer makes it possible to control the ventilation
system via a PC over the internet as well as perform
maintenance on the installation via remote support.
Install the SmartServer in the control panel and connect the
FutureVent™bus to terminal 17 and 18. Additionally supply the
SmartServer with 230V on terminal 3 and 4 and establish an
Ethernet connection.
There are special requirements for the network if the
SmartServer is to be connected to other Ethernet connections.
In case the 3G-router has a built in antenna, place the router
outside the control panel. Additionally, do not place the router
close to metallic surfaces such as water pipes and the like.
If an external antenna is included in the delivery, place the
external antenna outside the control panel.
Place the antenna on a metallic surface, but not next to other
metallic surfaces such as water pipes and such.
Checking the electrical installation
Checking the functionality of the installation when commissioned.
Switch on the 230V power supply
Just after the power has been switched on, the units will turn to reset their position. “Clicking” sounds may occur, but
this is normal.
After 1 min, the units will start to run normally, provided the connected control signals and sensor give signals to do so.
Together with a WindowMaster®technician, test the installation, by increasing the signal on the analogue input
1.Check if the speed increases.

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After 5 min, initiate wind compensating of the installation and other advanced functions, which can reduce the speed of
some of the units.
Activate the digital input signal on input X3. Check if the unit remains in air supply position.
Troubleshooting on the FutureVent™ installation
The unit does not reset when 230V power supply is switched on:
If this happens, check that 230V is indeed connected. If the unit still does not reset, there might be a short circuit
on the control signals, forcing the unit’s 12V to 0V/GND. Disconnect the 10-poled connector and check if the unit
resets.
The unit does not start after 1 minute:
Check if there power on terminal X1 in the master control unit in the room. Check if the master has the right ID
number according to the documentation.
The fan shuts down after 5 minutes:
This might be caused by low room temperature or strong wind on the facade. This will only occur with the normal
configuration of the system. If condition in the installation requires functions at low temperatures, please contact
WindowMaster®.
Only a few units of the installation are running:
With an ohmmeter check the FutureVent™bus for short circuits. If it is suspected that some of the units are not
correctly connected to the FutureVent™cable, insert a 10k resistor parallel across the bus, and troubleshoot by
measuring the resistance on the FutureVent™bus locally by the units.
________________________________________________________________________________________________
2. DK
System oversigt
Herunder er de mest anvendte systemkomponenter vist. Det er muligt at tilslutte andre komponenter efter aftale med
WindowMaster®
FutureVent™ enheder
FutureVent™interface
SmartServer
FutureVent™-bus
Termineringsenhed
Generelle informationer
Hver FutureVent™-enhed har indbygget styringsintelligens med 5 stk. analoge indgange, 1 stk. analog udgang og 1 stk. digital
udgang. Enhederne kommunikerer indbyrdes via FutureVent™-bus og skal således generelt tilsluttes 230V og FutureVent™-
bus (FV-Bus) forbindelse.
Føring af FutureVent™-buskabler skal i hvert tilfælde planlægges nøje. Føring planlægges i samarbejde med WindowMaster®.
Et anlæg kan bestå af mange FutureVent™-enheder monteret i forskellige rum. I hvert rum skal WindowMaster styrenheder
forbindes til analoge og digitale indgange på den ene FutureVent™-enhed (Master).
FutureVent™-enhederne har et unikt ID-nummer (Neuron ID) og programmeres af WindowMaster®inden levering. Det unikke
ID-nummer er angivet på enheden. Der udarbejdes dokumentation, som viser, hvor de enkelte enheder er placeret i det
pågældende projekt og til hvilken enhed styresignaler skal tilsluttes. Dokumentation udleveres af WindowMaster®.
Det er derfor af stor betydning, at FutureVent™ enhederne placeres korrekt, og at styresignaler tilsluttes den korrekte
FutureVent™-enhed.
Sker placering ikke korrekt, eller tilsluttes styresignaler anden FutureVent™ enhed, vil det kræve en omprogrammering af
anlægget for at dette kan fungere.
De normalt forekommende styresignaler er:
X1-X2: 0-10V for drift og luftmængde
X3-X10: on/off for envejs/balanceret drift
Bemærk, at alle FutureVent™ enheder skal tilsluttes 230V og FutureVent™ Bus forbindelse.

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2-1 eksempel på plantegning
Elektrisk installation
Alle elektriske tilslutninger til anlægget skal udføres af autoriseret firma iht. gældende love og regler.
Kabelindføringer i enheden
Kabler kan indføres skjult i enheden via indføringshuller i kabinettet. Der henvises til montagevejledningen (”FutureVent Install
WFV_WFB_WFR_WFC_WFD_WFS_WFG_UK_DE_DK_xxxx”). Kabler skal aflastes efter gældende regler og kan med fordel
af-isoleres tæt på indføringshuller.
FutureVent™ enhedens tilslutninger
Enhedens tilslutningsterminaler. Der
henvises i øvrigt til forbindelsesdiagram.
Terminaler
Anvendes
L: Fase
X
N: Nul
X
PE: Jord
X
X22: FutureVent™-Bus
X
X21: FutureVent™-Bus
X
X10: 12V Out
X
X9: NPN Out
X8: 0-10V Out
X7: Temp-sensor
X6: Fugtsensor
X5: CO2-sensor
X4: 0V
X3: Analog 2
X
X2: 0V
X
X1: Fan-speed
X
For yderligere information henvises der til den projektspecifikke el-dokumentation.
Servicepunkt
For hver 4 master-enheder skal der etableres et servicepunkt. Servicepunktet anvendes i forbindelse med servicering og
programmering af anlægget. Tilslutningspunktet er indbygget i WindowMasters®interface boks (WFI). Denne skal være
tilgængelig, dvs. uden brug af stige eller stillads. Termineringsenheden skal anvendes, fordi FutureVent™-bussen skal være
termineret. Der må maksimalt være tilsluttet én termineringsenhed på bussen.

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FutureVent™-bus termineringsenhed, forbindes til FutureVent™-bussen i terminalerne COM og FREE, se el-
dokumentationen fra WindowMaster®.
FutureVent-bus forbindelse
FutureVent-bus kablet skal være parsnoet. Følgende parsnoede kabeltyper er godkendt til FutureVent™-bus forbindelser:
Kabeltype
Max kabel- / bus-længde
Største afstand mellem
2 FutureVent™ enheder
Total kabellængde
Honeywell Kabel 1125
500m
500m
Belden 85102
500m
500m
Belden 8471
400m
500m
Solar A/S, 54.83.512.013, LON-bus 2x2AWG 22
400m
500m
Cat 5e (Anbefales ikke af WindowMaster®)
250m
450m
Føringer planlægges i samarbejde med WindowMaster®og således, at bussen får mindst mulig totallængde og samtidig kort
afstand mellem de to yderste enheder tilsluttet bussen. Længde og afstandskrav skal overholde afstande angivet i ovenstående
tabel. FutureVent™-bus er ”free topology” hvilket betyder, at det kan kobles både som bus og stjerne, eller en kombination
heraf.
230V forsyning
230V forsyningskabler skal overholde gældende regler og må maksimalt være 1,5mm2. Det anbefales at anvende mange-koret
kabel, f.eks. PKAJ (blød).
En FutureVent™-enhed har et maksimalt forbrug på 10W.
Det er muligt at videresløjfe 230V kabeler mellem enheder.
Det kan anbefales, at 230V forsyningskablerne følger samme føring som FutureVent™-bussen.
Såfremt FutureVent™-enheden har en kassette af stål, skal jordledning tilsluttes klemme på stålkassetten.
Service gateway (anvendes af WindowMaster®serviceteknikere)
Service gateway:
SmartServeren gør der muligt at styre ventilationsanlægget via
PC over internettet samt at servicere anlægget via fjernsupport.
SmartServeren skal installeres i eltavlen og FutureVent™-bussen
skal tilsluttes klemme 17 og 18. Ydermere skal SmartServeren
forsynes med 230V i klemme 3 og 4 og tilkobles Ethernet
forbindelse.
Såfremt SmartServeren skal tilsluttes andre Ethernet
forbindelser, stilles der særlige krav til netværket.

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Såfremt 3G-routeren har indbygget antenne, skal routeren
monteres uden for eltavlen. Derudover bør placeringen ikke være
i nærheden af metalliske overflader som f.eks. vandrør og
lignende.
Er ekstern antenne medleveret, er det den eksterne antenne, der
skal placeres udenfor eltavlen.
Antenne skal placeres på en metallisk overflad, men bør ikke
være i nærheden af andre metalliske overflader som f.eks.
vandrør og lignende.
Kontrol af elektrisk installation
Kontrol af funktion når anlægges sættes i drift.
Tænd for 230V forsyning
Lige efter nettilslutning, vil anlæggets enheder dreje og ”nulstille” positionen. Der kan forekomme ”klik” lyde, hvilket er
helt normalt.
Efter 1min vil enhederne starte og køre normalt, såfremt de tilsluttede styresignaler og sensorer giver signal hertil.
Afprøv anlægget i samarbejde med WindowMaster®servicetekniker ved at øge signal på analog indgang 1. Observer
om hastighed øges.
Efter 5min igangsættes anlægget vindkompensering og andre avancerede funktioner, som kan reducere hastigheden
på nogle af enhederne.
Aktiver digital indgangssignal på indgang X3. Observer om enheden forbliver i indblæsningsposition.
Fejlfinding på FutureVent™ anlæg
Enheden nulstiller ikke når 230V forsyning tilsluttes:
Hvis dette ikke sker, så kontroller at enheden er tilsluttet 230V. Hvis enheden stadigt ikke nulstiller, kan det være en
kortslutning på styresignalerne, som tvinger enhedens 12V til 0V/GND. Frakobl det 10-polede stik og kontroller om
enheden så nulstiller.
Hvis ventilatoren ikke starter efter et minut:
Kontroller at der er spænding på klemme X1 i styringen på masteren i rummet. Kontroller at masteren har det rigtige ID-
nummer iht. dokumentationen.
Hvis ventilation lukker ned efter 5 minutter:
Dette kan skyldes, at temperaturen i rummet er lav eller at der er kraftig vind på facaden. Dette vil ske med systemets
normale konfiguration. Hvis forholdene i installationen kræver funktioner ved lave temperatuer, så kontakt
WindowMaster®.
Hvis kun få enheder i anlægget kører:
Kontroller FutureVent™-bussen for kortslutninger med et ohmmeter. Hvis der er mistanke om, at nogle af enhederne ikke
er tilsluttet FutureVent™-buskablet korrekt, så monter evt. en 10k modstand parallelt over bussen og fejlfind ved at måle
modstanden på FutureVent™-bussen lokalt ved enhederne.